If your home or place of business is struck by a storm, this could result in a substantial amount of water damage. Additionally, the water damage restoration process generally takes a lot of time and effort. When it comes to the restoration process, the most vital and time-consuming stage is drying out the property.
A reputable and well-established company will deliver professional drying and dehumidification amenities to efficiently and effectively dry out the property. Find a company that has a remarkable reputation and work crews that are highly trained, professional and experienced.
A reputable company is equipped with all the tools and expertise needed to effectively complete the job. Therefore, if you are faced with flooded wall cavities, under cabinet condensation, soaked ceilings or drying out any type of material around the building, it will be handled on your behalf. Every building has various surfaces and materials. As such, the absorption rate varies, which impacts the speed at which water will be absorbed and released through the drying chambers. Once there is water inside a structure, it can only be removed through mechanical means.
Water damage restoration companies typically use a blend of air filtration, air movement, heat, and dehumidifiers to establish an effective drying system. Completely removing the water includes a balanced process with 3 essential steps. They are:
• Extracting the Water
This basically involves removing water while it is in a liquid state, which is the ideal stage for water extraction. Initially, the water extraction equipment is costly; however, when it comes to standing water, it provides the best outcomes for swift structural drying
During this phase of recovery, flood pumps are typically used. These pumps are designed exclusively for the water damage restoration industry. The lightweight flood pumps can be easily maneuvered and maintained. They can also remove roughly 10 gallons a minute.
After the maximum volume of water is extracted, air flow machines are used to evaporate the water. Airflow is vital to boosting the evaporation rate.
After the majority of the water has been extracted, dehumidification is used to remove any water and moisture that remains. Desiccant dehumidification is usually used to control and lower the levels of humidity for the property and its contents. This is because the technique has been proven to be swift and efficient. Trapped moisture will be removed when a high volume of tremendously dry air is injected into the building envelope.
Dehumidifiers are essentially used to prevent secondary damage and counterbalance the moisture in the air throughout the evaporation procedure. Without it, the moisture generated would be absorbed into other materials. This would cause the drying process to be delayed and mold to grow.
A combination of equipment is used to increase the evaporation rate and get the property back to normal faster. Furthermore, specialized drying units are used to dry wood floors and restore them to their original condition; however, this will depend on the amount of damage. This technique could remove the need to sand and refinish the floors.
Damage to a residential or commercial property can be traumatic and immediate attention is required. As such, water damage restoration companies respond 24 hours a day to secure buildings and make sure the contents are kept safe. The main objective is to offer the best protection possible and to alleviate any concern regarding additional damage.
Additional Details on the Drying and Dehumidification Processes
When it comes to the structural drying system, the dehumidifier is its hub. Precise dehumidification requires using the Psychrometrics principles to effectively and efficiently dry out the property. This will prevent future issues with dangers like mold and mildew. The most finely-tuned and advanced equipment is used in this process. Refrigerant dehumidifiers are the most widely used in the industry.
The relative humidity is typically about 50 percent in occupied premises. After water damage, there could be a significant rise in the relative humidity as the water vaporizes. If the property is at or lower than the dry standard guidelines of the IICRC, a reputable company will use specialized moisture-detection meters to display this information to property owners. The equipment will remain on the property until the dry standard has been attained.